A scientist wants to study the movement of air in a hurricane in order to help prevent damage. Which tool should the scientist use to find out more about the movement of air?(1 point)
A. a Doppler radar
B. a levee
C. a barometer
D. a computer model
A. a Doppler radar
no
no
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To find the answer to this question, we need to analyze the options and determine which tool would be most useful for studying the movement of air in a hurricane.
A. A Doppler radar is a device commonly used in weather forecasting to measure the velocity of precipitation particles, including raindrops, snowflakes, and ice pellets, as they move toward or away from the radar. While a Doppler radar can provide information about the intensity and movement of precipitation within a hurricane, it does not directly measure the movement of air.
B. A levee is a man-made embankment designed to prevent flooding by holding back water. It does not provide any insight into the movement of air in a hurricane.
C. A barometer is an instrument used to measure atmospheric pressure. While it can provide information about changes in air pressure, it does not directly monitor the movement of air.
D. A computer model is a mathematical representation of a real-world system, which can simulate and predict phenomena based on a set of equations and parameters. In the context of studying the movement of air in a hurricane, a computer model can be an invaluable tool. It can simulate the complex dynamics of a hurricane, including the flow and circulation of air, allowing scientists to gain a deeper understanding of its behavior and potentially contribute to preventing damages.
Therefore, the correct answer is D. a computer model.